Project

Farming By Drone
Project
Page 5
agrisoil
Nov 10, 2022 By 0

Targeted Nitrogen Application

Targeted nitrogen application using prescription maps Targeted nitrogen application uses data from multispectral drone surveys to apply fertiliser only where it is needed and at the correct rate. By linking crop performance data directly to application decisions, this approach improves nutrient use efficiency and reduces waste while protecting yield potential. This project demonstrates how prescription […]
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Nov 10, 2022 By 0

Disease Hotspot Identification

Disease hotspot identification and precision treatment Disease pressure rarely develops evenly across a field. Drone-based precision agriculture provides a practical way to identify disease risk early and apply treatment only where it is required, reducing chemical use while protecting crop health and yield. This project demonstrates how multispectral surveys can be used to detect disease-related […]
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Nov 10, 2022 By 0

Cover Crop Seeding

Precision seeding of cover crops in wet conditions Establishing cover crops on time is critical to protecting soil structure, managing nutrients, and supporting long-term field performance. Drone-based precision seeding provides a practical alternative when ground conditions prevent the use of traditional machinery. This project demonstrates how aerial seeding can be used to establish cover crops […]
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Nov 10, 2022 By 0

Late Season Seeding

Late-season seeding without soil compaction Late-season seeding is often constrained by weather, soil conditions, and crop stage. Drone-based seeding provides a practical alternative that allows establishment to continue without ground contact, protecting soil structure while maintaining accurate seed placement. This project demonstrates how aerial seeding can be used later in the season to establish crops […]
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Nov 10, 2022 By 0

Reduce Chemical Usage

Intelligent crop spraying to reduce chemical usage Intelligent crop spraying uses data from multispectral drone surveys to apply crop protection products only where they are required. By linking field variability data directly to application decisions, this approach reduces chemical use while maintaining effective crop protection. This project demonstrates how targeted, zone-based spraying replaces blanket applications […]
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